987 sq. ft (91.7 m²)
Description
Unit 9 Tonbridge Works provides approximately 987 sq ft of workshop / industrial accommodation with dedicated office space, located within the popular Harold Hill Industrial Estate in Romford.
The unit offers practical workshop accommodation with office provision, 3 phase electricity, shutter door access and use of shared WC facilities. Loading access is provided via the communal loading area, with allocated parking also available.
Tonbridge Works is situated within an established industrial location north of the A12, approximately 0.25 miles from Gallows Corner Roundabout at the intersection of the A12 and A127. The premises are also approximately 2 miles from Junction 28 of the M25 at Brentwood, providing excellent road connections across East London, Essex and the wider motorway network.
Similar properties in the area
Industrial to let
Unit 4, Tonbridge Works, Tonbridge Road, Romford, Greater London, RM3 8TS
7154 sq. ft (664.63 m²)
Please contact us for full details.
Industrial to let
Unit 6, Conqueror Court, Spilsby Road, Harold Hill, Romford, London, RM3 8SB
The property comprises a mid-terrace two story industrial unit with ground floor storage and first floor office. There is a personnel door access as well as access through an electric roller shutter door suitable for loading. There is parking for appro...
Industrial to let
11B Trade City, Ashton Road, Harold Hill, Romford, Essex, RM3 8UJ
The subject unit comprises an end of terrace single storey warehouse units of steel portal frame construction under pitched roof, built in 2007. Integral offices are at first floor level. 11 car parking spaces and dedicated loading are provided at the...
Industrial to let
Units 17 & 40, Bates Industrial Estate, Church Road, Harold Wood, Romford, RM3 0HU
The units provide two self-contained ground floor warehouse/industrial units of frame construction under a mix of flat and pitched roofs. Each unit has loading door access with demised car parking. The units are currently interlinking and therefore can...